Into the Wild: Discovering Isla Escudo de Veraguas

On our way to Bocas del Toro, we made a rest stop at Isla Escudo de Veraguas, an unexpected gem among the Panamanian islands. Far off the beaten path, this remote island remains one of the most pristine and magical places we’ve visited during our Caribbean expedition.

As we approached, the first sight was otherworldly: dense jungle spilling over dramatic cliffs, powdery white beaches shaded by coconut palms, and crystalline waters that seemed almost too perfect to be real. No cell towers, no boats, no background hum of generators—just wind, waves, and birdsong. We anchored in a calm bay on the southern side of the island and wasted no time launching the dinghy to explore.

One of the highlights of our stay was a dinghy trip through the “Labyrinth”—a maze of narrow, winding channels carved through the mangroves and coral formations on the western shore. We weaved through towering roots and natural tunnels, navigating the twists and turns like explorers in some ancient, water-bound jungle. The water was so clear we could see every fish, sponge, and coral head beneath us.

As we exited the labyrinth on the island’s opposite side, we came across a small group of fishing huts on stilts, nestled between the mangroves and the open sea. There we met a local family who welcomed us warmly despite the language barrier. The father, a weathered fisherman, showed us his hand-carved dugout canoe and proudly offered us a look at the morning’s catch—bright reef fish and spiny lobsters. We didn’t share a language, but the exchange was full of mutual respect and warmth.

Escudo de Veraguas is a place that feels untouched by time—a wild, sacred sanctuary of biodiversity and natural beauty. It reminded us why we sail: not only to travel, but to find these forgotten corners of the world that still breathe freely.

Happy World Oceans Day!

Today, we celebrate the lifeblood of our planet—the ocean that connects, sustains, and inspires us. For the past two years, we’ve been sailing across the Caribbean, collecting vital oceanographic data to support science, education, and climate resilience in coastal communities.

Using our onboard CTD system, we measure temperature, salinity, and other essential biogeochemical variables —data that helps researchers understand tropical storm formation, coral reef health, and climate change impacts.

But Sail for Science is more than data—it’s a call for citizen science under sail, proving that even a small boat can make big waves in the name of ocean conservation.

Whether you’re a sailor, a student, a scientist, or just an ocean lover, —you are part of the solution. Let’s protect what we love.

Sail for Science: Sharing Ocean Data Collection Knowledge at Shelter Bay Marina

An important part of our project “Sail for Science” aboard SV Oceanolog is connecting with fellow sailors—and not just over sundowners at the bar or grilled fish by the barbecue. While casual conversations often spark interest, we also love taking things a step further by organizing presentations and sharing our mission more formally.

During our stay at Shelter Bay Marina (Colon, Panama), we hosted just such an event in the marina lounge. I gave a presentation on our two-year expedition through the Caribbean Sea and introduced our CTD (Conductivity, Temperature, Depth) measuring system—the heart of our citizen oceanography work.

The talk covered current methods of collecting oceanographic data, from traditional ship-based CTD systems to autonomous Argo floats. I highlighted the gaps that still exist, particularly in coastal and island regions, and explained how small vessels like ours can play a vital role in closing those gaps.

Our live demo of the CTD system generated a lot of enthusiasm. Several attendees expressed interest in participating or even replicating our methods. The main hurdle, however, remains the cost—CTD systems are still relatively expensive for private cruisers. We discussed the need for funding mechanisms that could support sailors in contributing valuable data, such as grants channeled through research institutions.

Using sailboats to collect ocean data is not only cost-effective, but also has an incredibly low carbon footprint. It’s a sustainable model for grassroots science—and we hope to see it grow.

With time, we believe this project can become part of a global citizen science movement powered by the wind and driven by curiosity. After all, who better to help study the oceans than those already living on them?